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Earth SciencesGeology, Geochemistry and Mineralogy

Theoretical Temperature-Dependent Branching Ratios and Laser Thresholds of the 5I(7)-5I(8) Transition Levels of Ho3(+) in Ten Garnets

Authors: Clyde A. Morrison; Elizabeth D. Filer; Norman P. Barnes; Gregory A. Turner; HARRY DIAMOND LABS ADELPHI MD
 
Abstract: This report presents a comparative study of triply ionized holmium in ten garnets. The point charge model of crystal fields is used to predict the energy levels of Ho3+ in YAG, LaLuGG, GDScAG, YScAG, GdGG, GDScGG, YGG, LuGG, LuAG and GdAG. The magnetic and electric dipole transition probabilities are used to predict theoretical temperature dependent branching ratios and laser thresholds of a quasi four level laser for each of these garnets. Keywords: Branching ratios, Laser threshold, Rare earth, Lasers, Garnets. (js)

Description: Interim rept. Apr 89-Apr 90
Pages: 32
Report Date: SEP 90
Report Number: A466622

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Keywords relating to this report:
*GARNET
CRYSTALS
HOLMIUM
IONIZATION
LASERS
MODELS
RARE EARTH ELEMENTS
TEMPERATURE
THRESHOLD EFFECTS
YTTRIUM ALUMINUM GARNET
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